The Golden Capsule – a non-powered, hands-free intravenous machine designed by college students from Hongik College has received this 12 months’s James Dyson Awards Worldwide prize.
Designed by Yujin Chae, Daeyeon Kim, Yeonghwan Shin and Yuan Bai, the machine was developed in response to the restrictions of present intravenous (IV) packs recognized following the Turkish-Syrian earthquakes in February 2023.
In contrast to present IV packs which depend on gravity and electrical energy to work, The Golden Capsule makes use of elastic forces and air strain to perform, that means it may be used hands-free.
“The restrictions of those conventional IV packs turn into much more pronounced in catastrophe conditions resembling earthquakes,” the crew instructed Dezeen. “Within the aftermath of an earthquake, the location may be extraordinarily difficult as a consequence of aftershocks, particles, and different hazards.”
The machine was comprised of a fluid-filled balloon that sits inside a low-pressure clear shell. As soon as opened, air enters the shell inflicting the balloon to shrink, releasing fluid into the affected person.
A pace management machine makes use of a curler mechanism to manage air movement that permits drugs to be injected at a uniform pace, eliminating the necessity for guide squeezing.
The design additionally incorporates a clip that permits the machine to be securely connected to both the affected person or medic.
In keeping with the crew, The Golden Capsule was deliberately designed to resemble present IV packs to make sure the product was intuitive to be used by medical professionals.
The crew now hope to commercialise the machine to exchange present IV packs in each emergency conditions and hospitals too.
This 12 months’s James Dyson Awards has given three world prizes of equal benefit – a Humanitarian, Worldwide and Sustainability winner – every receiving £30,000 to help the event of their innovations.
Piotr Tłuszcz from Poland was awarded the Humanitarian prize for The Life Chariot, an off-road medical evacuation ambulance designed to be used by rescue groups in Ukraine.
The car was designed to be towed by a hook-equipped car and is low-weight with suspension for travelling throughout difficult terrain.
The car is already being examined on the bottom, and Piotr is now growing the design based mostly on suggestions from medics as he hopes to adapt the car to be used on mountainous terrain.
E-Coating, an eco-friendly roof and wall coating that reduces the warmth absorption of buildings, was awarded this 12 months’s Sustainability prize.
Created from recycled waste glass, the coating was invented by Hoi Fung Ronaldo Chan and Can Jovial Xiao as a constructing cooling answer to cut back the necessity for air-conditioning.
“We invented E-Coating with a need to assist sort out the intense environmental issues our planet is going through,” the duo instructed Sir James Dyson. “The prize cash will enable us to additional our analysis and improvement targets and begin an organization to take our invention to the following stage.”
With the award, they hope to advance the adhesion and utility of E-Coating in addition to discover formulation for indoor use.
Previous winners of the James Dyson Award embrace an infection-sensing wound dresing by three PhD college students from the Warsaw College of Expertise and an affordable electric car conversion kit by Australian pupil Alexander Burton.